Applied Mechanics for Engineering Students

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Baskar P

4:31:24

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1. Introduction

1. Welcome to the Course - Applied Mechanics.mp4

03:44

2. Introduction to Applied Mechanics.mp4

03:34

2. Statics of Rigid Bodies

1. System of Forces.mp4

07:31

2. Resultant, Equilibrium, and Equilibrant.mp4

06:01

3. Composition and Resolution of Forces.mp4

07:46

3. Beams and Support Reactions

1. Beams, Supports and Reactions.mp4

08:44

4. Kinematics of Rigid Bodies

1. Types of Motion.mp4

03:08

2. Speed, Velocity and Acceleration.mp4

07:27

3. Introduction to Projectiles.mp4

02:01

4. Numerical Example of Projectiles.mp4

03:51

5. Numerical Example Kinematics of Particles.mp4

04:10

6. Numerical Example of Freely falling Bodies.mp4

05:57

7. Numerical Example Kinematics of Rigid Bodies.mp4

04:01

8. Numerical Example of Kinematics.mp4

04:50

9. Numerical Example of Curvilinear Motion.mp4

04:52

10. Numerical Example of Angular Velocity and Angular Acceleration.mp4

05:15

5. Kinetics of Rigid Bodies

1. Numerical Example of Collision of Elastic Bodies.mp4

06:09

2. Numerical Example of Collision of Elastic Bodies.mp4

04:08

6. Work, Energy, and Power

1. Introduction to Work, Energy, and Power.mp4

03:43

2. Numerical Example of Kinetic Energy of Wheel.mp4

04:02

7. Impulse and Momentum

1. Introduction to Impulse and Momentum.mp4

07:34

2. Introduction to Collision of Elastic Bodies.mp4

03:17

3. Numerical Example of Collision of Elastic Bodies.mp4

06:09

4. Numerical Example of Collision of Elastic Bodies.mp4

04:08

8. Simple stresses and strains

1. Numerical Example of Stepped Bar.mp4

08:16

9. Stresses in Compound bars

1. Numerical Example of Compound Bars.mp4

16:01

2. Numerical Example of Compound Bars with a Gap.mp4

07:48

10. Thermal Stresses

1. Numerical Example of Thermal Stress-Supports Yield.mp4

07:02

11. Elastic Constants

1. Numerical Example of Axial and Lateral Strains.mp4

08:50

2. Numerical Example of Poissons Ratio.mp4

05:54

3. Numerical Example of Bulk Modulus of Elasticity.mp4

01:50

4. Numerical Example of EGK.mp4

06:39

12. Principal Stresses

1. Numerical Example of Principal Stresses-1.mp4

05:34

2. Numerical Example of Principal Stresses-2.mp4

06:30

13. Thin Cylinders

1. Numerical Example of Thin Cylinders - 1.mp4

04:29

2. Numerical Example of Thin Cylinders - 2.mp4

08:18

14. Torsion of Circular Shafts

1. Numerical Example of Torsion of Shafts - 1.mp4

06:20

2. Numerical Example of Torsion of Shafts - 2.mp4

07:10

3. Numerical Example of Torsion of Shafts - 3.mp4

03:21

4. Torsion.html

15. Fluid Statics

1. Numerical Example of Fluid Properties.mp4

04:46

2. Numerical Example of Fluid Properties.mp4

08:09

3. Numerical Example of Viscosity - Inclined Plane.mp4

03:54

4. Numerical Example of Viscosity.mp4

06:10

5. Numerical Example of Viscosity - Shaft and Bearing.mp4

07:32

6. Numerical Example of Capillary Rise or Fall.mp4

04:19

7. Numerical Example of Pressure.mp4

05:12

16. Fluid Dynamics

1. Numerical Example of Continuity Equation.mp4

05:18

Description

A Foundation Course to become an expert in Applied Mechanics-with Regular Updates

What You'll Learn?

Learn equilibrium of rigid bodies
Understand statics and dynamics of rigid bodies
Learn statics and dynamics of fluids
Understand the mechanics of materials

Who is this for?

Science, Engineering and Technology students

Anyone who is interested and having a minimum knowledge of Basic Maths and Physics

What You Need to Know?

Basic Maths

Basic Physics

More details

Description
What is Applied Mechanics?
Applied Mechanics is a branch of science that deals with the effect of external forces acting on an object at rest or in motion.
Why is Applied Mechanics important?
Applied Mechanics plays a vital role in the design of structures and machine elements. It is the fundamental subject for engineering solutions related to architecture, civil engineering, mechanical engineering, and so on.
What will you gain from this course?
This course covers the following:
fundamental concepts, equilibrium of particles, equilibrium of rigid bodies, different types of beams, supports and reactions, center of gravity, moment of inertia, friction, and their importance
Basic Concepts of Engineering Mechanics: Outline of Engineering Mechanics, definition, and scope.
Equilibrium of Particles: Principle of Superposition of Forces, Resolution of Forces, Parallelogram Law of Forces, Lami's Theorem, Equilibrium of a Particle, and Free-body Diagram.
Equilibrium of Rigid Bodies: Internal Forces, External Forces, and Principle of Transmissibility, Moment of a Force-Concept; Varignon's Theorem and Couple, Resolution of a force into force and couple system of forces
Beams, Supports, and Reactions: Free-body Diagram, Equilibrium, and Conditions of Equilibrium, and determination of support reactions.
Centroid and Centre of Gravity: Important Definitions, Determination of center of gravity of Plane Figures.
Moment of Inertia: Second Moment of Area-Introduction and MOI for Simple Configurations, and Moment of Inertia of Composite Plane Sections.
This course also includes solved numerical examples, interactive quizzes, and assignments/exercises in each section for self-evaluation.
The numerical examples are solved in a step-by-step process, explained with clear concepts so that the students will be able to understand without any ambiguity.
Also, this course provides downloadable study materials in pdf format for future reference. The exercises are solved and provided with the answers.
What support will you get?
You will get answers to your questions, doubts, and clarifications within 36 hours of submitting your queries, get additional resources within 96 hours, and regular updates twice a month.
Who this course is for:
Science, Engineering and Technology students
Anyone who is interested and having a minimum knowledge of Basic Maths and Physics

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Hi!Greetings!I am a post-graduate mechanical engineer with more than 20 years of experience in teaching and 10 years in the industry. I have trained more than 20,000 students for various university-level exams and competitive exams. I teach various problem-oriented subjects related to Mechanical Engineering, like Engineering Mechanics-Statics and Dynamics, Strength of Materials, Fluid Mechanics, Basic Thermodynamics, Applied Thermodynamics, Kinematics of Machines, Dynamics of Machinery, Design of Machine Elements, Design of Thermal Energy Systems, and Renewable Energy Systems.I have also authored two textbooks for engineering students at the graduate level.I understand the difficulty and pain of students like you in understanding problem-oriented courses like Engineering Mechanics, Fluid Mechanics, Thermodynamics, and so on. I always strive to explain the concept of problem-oriented courses in simple language with an easily understandable approach to make the students become masters. My approach is always to go with real-life examples and make you consider the course as your friend.You will find the course more interesting and you will be motivated to learn more to obtain good grades in your exams.Thank you.Happy Learning.

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